@OmicsOmicsBlog The low yield (~0.1%) is why dRNA currently can't touch single-cell, spatial, or any other highly multiplexed application - probably needs to be at least ~10%. Glad they are working on it!
@z_chiang Definitely - I think my point was that even if personalized medicine isn't the plot, it is the climax/conclusion (still figuring out this metaphor...)
@z_chiang I would love to see that plotted over time. I'd have a hard time believing that more than 50% of current short read capacity is used for WGS right now
From lab to startup, faster. Cornell’s Ignite program is helping biomed research reach real patients.
@IwijnDeVlaminck & Ph.D. student @LoyConor '24 turned cell-free RNA research into Romix Biosciences—advancing earlier detection & personalized care. https://t.co/FGDnqjEnlk
CAR-T is effective for B cell lymphoma, but not for all patients. RNA profiling of the tumor microenvironment can inform response, but requires biopsies.
We ask whether TME signals can be detected in blood via cell-free RNA. The data are encouraging:
https://t.co/aoWhPT4ePE
Spatial transcriptomics needs to look beyond just mRNAs.
Great to see this work from @ntekasi, Lena Takayasu, @IwijnDeVlaminck, and me in a past life out today!
@kenbwork 200+ known chemical modifications, 1000s of new transcripts/isoforms added to gencode annually- mRNA tools may be maturing, but tools to actually profile RNA are in early days